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ExtractSnglInspiralTableLIGOLWContentHandler LIGOLWContentHandler that will extract only the SnglInspiralTable from a document. |
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SnglInspiralID_old Custom row ID thing for sngl_inspiral tables with int_8s event IDs. |
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Read the SnglInspiralTables from a list of files. If filterFunc is not None, only keep triggers for which filterFunc evaluates to True. Ex.: filterFunc=lambda sng: sng.snr >= 6.0
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Function for reading time-slided single inspiral triggers with automatic resliding the times, given a list of input files.
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Collect the sngl_inspiral rows from a desired stage in the pipeline. -- For the INSPIRAL and zerolag THINCA stages, the entire sngl_inspiral table is returned. -- For the slide THINCA stages, return only the rows in the sngl_inspiral that compose a coincident event from the desired time-slide @param xmldoc: ligolw_xml doc @param slideDict: dictionary of the desired time-slide (eg. {u'H1': 0.0, u'L1': 100.0}) @param stage: the name of the stage (INSPIRAL_FIRST, THINCA_0_CAT_2, etc) |
In-place modify trigger_list so that triggers are slid by appropriate value of shifts.
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In-place modify trigger_list so that triggers are slid by appropriate value of shifts along their enclosing ring segment by the algorithm given in XXX. This function calls the function slideTimeOnRing
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In-place modify trigger_list so that triggers are unslid by appropriate value of shifts along their enclosing ring segment by the algorithm given in XXX. This function calls the function slideTriggersOnRing
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In-place modify trigger_list so that triggers are slid by along their enclosing ring segment by the algorithm given in XXX. Slide numbers are extracted from the event_id of each trigger, and multiplied by the corresponding (ifo-keyed) entry in shift_vector to get the total slide amount. This function is called by ReadSnglInspiralSlidesFromFiles and calls the function slideTimeOnRing
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Return seglistdict with segments that are slid by appropriate values of shifts along the ring segment by the algorithm given in XXX.
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@on_instruments is an iterable of the instruments that must be on. @off_instruments is an iterable of the instruments that must be off. on_instruments and off_instruments must be disjoint. @rings is a list of segments defining the analysis ring boundaries. They can overlap, and do not need to be ordered. @vetoseglistdict is a coalesced glue.segments.segmentlistdict object providing the veto segments for whatever instruments have vetoes defined for them. This can include veto lists for instruments other than those listed in on_ and off_instruments (extra veto lists will be ignored), and it need not provide lists for all instruments (instruments for which there are no veto segment lists are assumed to be on at all times). @offsetvectors is an iterable of dictionaries of instrument-offset pairs. Each dictionary must contain entries for all instruments in the union of on_instruments and off_instruments (it is allowed to name others as well, but they will be ignored). An example of one dictionary of instrument-offset pairs: {"H1": 0.0, "H2": 5.0, "L1": 10.0}. The return value is a float giving the livetime in seconds. |
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